Intelligent sleep aiding system

Abstract

The invention discloses an intelligent sleep-aiding system which comprises an intelligent massager of a unit for pressurizing and massaging the body of a user, and an application program which runs on a mobile terminal to play an ASMR sound source to guide sleep. The intelligent massager comprises a sound source receiving unit for receiving the ASMR sound source played by the mobile terminal, a sound source analysis unit for analyzing the frequency of the received sound source, and a massager for analyzing and controlling the massage unit according to the analyzed frequency so as to further control the body to be pressurized.

Description

Technical Field

[0001] The present invention relates to a system for guiding a user to fall asleep. Background Art

[0002] Korean registered patent gazette No. 10-2260010 (published on June 4, 2021) discloses an artificial intelligence-based sound source providing system for improving sleep quality. The system inputs the user's sleep-related data into a standardized survey method, and through unsupervised learning of machine learning, it subdivides the user's sleep disorder risk into four groups, and provides users with sound sources created by artificial intelligence algorithms, combined with ASMR sound sources and poetry recitation sound sources, based on this information, and relieves users' sleep disorders by measuring the user's brain waves.

[0003] The present invention aims to provide a technical solution that can not only combine ASMR sound sources but also combine massage functions to help users fall asleep and enter deep sleep. Summary of the invention

[0004] In order to solve the above technical problems, the present invention provides an intelligent sleep aid system that can not only combine ASMR sound sources but also combine massage functions to help users fall asleep and enter deep sleep.

[0005] In order to solve the above technical problems, the technical solution adopted by the present invention is:

[0006] A smart sleep aid system, comprising a smart massager, wherein the smart massager has a massage unit for applying pressure to a user's body; a user application running on a mobile terminal and playing an ASMR sound source to assist sleep; the smart massager also comprises a sound source receiving unit for receiving the ASMR sound source played by the mobile terminal; and a control unit, wherein the control unit comprises a sound source analyzing unit for analyzing the frequency of the received sound source and a massage control unit for controlling the massage unit according to the analyzed frequency.

[0007] Further, the massage unit includes a vibrator massage unit having one or more vibrators for vibration massage; when the sound source analysis unit analyzes that the sound source frequency reaches a high frequency, compared with when it reaches a low frequency, the massage control unit controls the vibrator massage unit to increase the vibration frequency and reduce the vibration intensity; when the sound source analysis unit analyzes that the sound source frequency reaches a low frequency, compared with when it reaches a high frequency, the massage control unit controls the vibrator massage unit to reduce the vibration frequency and increase the vibration intensity.

[0008] Furthermore, it also includes a wearable device for detecting the user's sleeping state; when the user application confirms through the wearable device that the user has switched from a wakeful state to a rapid eye movement sleep state, the user application lowers the volume of the playing sound source from a default volume level to a first volume level; when the user application confirms through the wearable device that the user has switched from a rapid eye movement state to a non-rapid eye movement sleep state, the sound source volume is lowered to a second volume level; when the user application confirms through the wearable device that the user has entered a slow-wave sleep state from a non-rapid eye movement sleep state, the sound source playback is stopped.

[0009] Furthermore, the sound source analysis unit can measure the decibel of the sound source received by the sound source receiving unit. When the detected decibel is confirmed to be a value equivalent to a first volume level, the massage control unit will control the vibrator massage unit to lower the vibration intensity; when the detected decibel is confirmed to be a value equivalent to a second volume level, the massage control unit will control the vibrator massage unit to further lower the vibration intensity; when the sound source receiving unit cannot receive the sound source, the massage control unit will control the vibrator massage unit to stop vibrating.

[0010] Furthermore, the vibrator massage unit includes a plurality of vibrators arranged in two dimensions, which are used for performing vibration massage on the back of the user's brain, and the massage control unit activates all vibrators of the vibrator massage unit when the user is awake; when the user confirms the transition from the awake state to the rapid eye movement state, the massage control unit deactivates some of the vibrators; when the user transitions from the rapid eye movement state to the non-rapid eye movement sleep state, the massage control unit further deactivates the remaining vibrators; when the user enters a deep sleep state, the massage control unit deactivates all vibrators in the back of the brain.

[0011] Furthermore, the massage unit also includes an acupoint massage unit, which includes a first acupoint massage unit and a second acupoint massage unit; the first acupoint massage unit contacts the left trapezius muscle of the upper cervical spine, and includes a plurality of massage balls arranged in a circle and increasing in size along one direction of the arrangement; the second acupoint massage unit connects to the right trapezius muscle of the upper cervical spine, and includes a plurality of massage balls arranged in a circle and increasing in size along another direction of the arrangement; when the frequency of the sound source is equivalent to a high frequency, the massage control unit controls the first acupoint massage unit to rotate in one direction and controls the second acupoint massage unit to rotate in another direction, so that the massage intensity of the left trapezius muscle of the upper cervical spine and the right trapezius muscle of the upper cervical spine increases from the minimum size to the minimum size. to the largest-sized massage ball; when the sound source frequency belongs to a predetermined high-frequency band, the massage control unit controls the first acupoint massage unit to rotate in one direction, and controls the second acupoint massage unit to rotate in another direction, so that the massage intensity of the left trapezius area on the upper neck and the right trapezius area on the upper neck gradually increases the massage pressure from the small-sized massage ball to the large-sized massage ball; when the sound source frequency belongs to a predetermined low-frequency band, the massage control unit controls the first acupoint massage unit to rotate in other directions, and controls the second acupoint massage unit to rotate in one direction, so that the massage intensity of the left trapezius area on the upper neck and the right trapezius area on the upper neck gradually decreases from the largest massage ball to the smallest massage ball.

[0012] Furthermore, the intelligent massager includes a pillow, which includes a back head support part on which the back of the user's head is placed and a cervical vertebra support part extending from the back head support part to the lower side to support the user's cervical vertebra; the massage unit includes a vibrator massage unit and an acupoint massage unit; the vibrator massage unit is composed of a vibration pad with multiple vibrators arranged in two dimensions, and is arranged on the inner side of the back head support part; the acupoint massage unit is arranged on the inner side of the cervical vertebra support part.

[0013] Furthermore, the acupoint massage unit includes a first acupoint massage unit and a second acupoint massage unit placed on both sides with the cervical vertebra of a user lying in an upright posture as the center, the first acupoint massage unit and the second acupoint massage unit are formed in a cone-like shape, and the side surface is provided with a massage module with multiple acupoint massage balls along the circumferential direction, and the massage module can rotate around the central axis along the longitudinal direction.

[0014] Furthermore, the massage module constituting the first acupoint massage unit and the massage module constituting the second acupoint massage unit are bidirectionally rotatable.

[0015] Furthermore, the multiple acupoint massage balls equipped on the side of the massage module of the first acupoint massage unit are arranged in gradually increasing sizes in one direction, and the multiple acupoint massage balls equipped on the side of the massage module of the second acupoint massage unit are arranged in gradually increasing sizes in the opposite direction.

[0016] Furthermore, the side surface of the massage module is radial and consists of a plurality of support plates. The massage module is internally provided with a massage force adjustment component which moves the plurality of support plates laterally as the massage force adjustment component moves in the up and down directions. When the massage force adjustment component moves to the upper layer, the plurality of support plates move to the outside, and the size of the massage module is expanded. When the massage force adjustment component moves downward, the plurality of support plates move inward, and the size of the massage module is reduced.

[0017] Compared with the prior art, the present invention has the following beneficial effects:

[0018] 1. The intelligent sleep aid system of the present invention improves the effect of helping users fall asleep and enter deep sleep by combining ASMR sound source and body massage. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 is a block diagram of the intelligent sleep aid system of the present invention;

[0020] Figure 2 is a three-dimensional diagram of the intelligent massager of the present invention;

[0021] Figure 3 is a plan view of the intelligent massager of the present invention;

[0022] Figure 4 An example diagram of the placement of the user's head and neck in the intelligent massager of the present invention;

[0023] Figure 5 It is a plan view of the structure of the acupoint massage unit of the intelligent massager of the present invention;

[0024] Figure 6 It is a front view of the structure of the acupoint massage unit of the intelligent massager of the present invention;

[0025] Figure 7 An example diagram of the expansion of the acupoint massage module of the acupoint massage unit of the intelligent massager of the present invention;

[0026] Figure 8 This is an example diagram showing that the intelligent massager of the present invention can be connected to headphones and a mobile terminal.

[0027] Among them: 10: back of the head support part; 20: side of the head support part; 30: cervical vertebra support part; 40: vibrator pad; 50: massage module; 51: massage ball; 52: support plate; 53: massage force adjustment component; 54: speaker; 100: mobile terminal; 110: user application; 200: smart massager; 210: massage unit; 211: vibrator massage unit; 212: acupoint massage unit; 212a: first acupoint massage unit; 212b: second acupoint massage unit; 220: sound source receiving unit; 230: data communication unit; 240: control unit; 241: sound source analysis unit; 242: massage control unit; 300: wearable device. DETAILED DESCRIPTION

[0028] The above and additional solutions of the present invention will be described in detail with reference to the attached reference figures and made clearer by suitable embodiments. The following will be described in detail according to the embodiments of the present invention so that the skilled person can easily understand and reproduce them.

[0029] Figure 1 is a block diagram of an intelligent sleep aid system according to an embodiment of the present disclosure, the intelligent sleep aid system includes Figure 1 At least a portion of the components shown in the mobile terminal (100). The mobile terminal (100) is a computing device with a mobile communication function, such as a smart phone. A user application (110) is installed and run on the mobile terminal (100), and the user application (110) plays and outputs an ASMR (autonomous sensory meridian response) sound source for helping sleep. ASMR sound sources refer to all sound-based sound sources that can be used to achieve psychological calmness, relieve stress, promote sleep, meditate, and other purposes, and can also refer specifically to sound sources for the purpose of falling asleep.

[0030] The smart massager (200) stimulates the user's body by playing sound sources according to ASMR, relaxes the muscles, and thus helps the user fall asleep and promotes deep sleep. The wearable device (300) is a device worn on the user's body, which can be a common smart watch. The wearable device (300) can include an acceleration sensor, a three-axis gyroscope sensor, an optical heart rate sensor, etc., and the user's sleep state can be measured through the signals detected by these sensors. As is known to all, the sleep state is divided into rapid eye movement sleep and non-rapid eye movement sleep, and non-rapid eye movement sleep is divided into stage 1 to stage 4. Among them, there is a stage in non-rapid eye movement sleep called slow wave sleep, which roughly corresponds to stage 3 to stage 4. Using the wearable device (300), it is possible to measure whether the user is in an awake state or a sleeping state, if in a sleeping state, whether it is in a rapid eye movement sleep state or a non-rapid eye movement sleep state, and if in a non-rapid eye movement sleep state, whether it enters a slow wave sleep state, etc. The measurement methods have been widely known, so detailed description is omitted here. In addition, the wearable device (300) can also measure the user's stress index, which has been described as well as the sleep measurement.

[0031] Returning to the intelligent massager (200), as Figure 1 As shown, the intelligent massager (200) includes a massage unit (210), a sound source receiving unit (220) and a control unit (240), and may also include a data communication unit (230). The massage unit (210) achieves muscle relaxation by applying pressure to the user's body, including a vibrator massage unit (211) that applies pressure to the user's body parts through vibrator vibration, and an acupoint massage unit (212) that applies pressure to the user's body parts using one or more massage balls. In one embodiment, the vibrator massage unit (211) is used to massage the back of the user's head, while the acupoint massage unit (212) is used to massage the user's upper trapezius muscle. These components can be integrally formed and designed in the form of a pillow to facilitate sleeping and not hinder sleep, and can massage a wide range of areas including shoulders and neck. This part will be described later.

[0032] The sound source receiving unit (220) receives the ASMR sound source played by the user application (110) of the mobile terminal (100). In one embodiment, the sound source receiving unit (220) receives the sound source sound output by the speaker of the mobile terminal (100) through a microphone. In another embodiment, the sound source receiving unit (220) is a wired interface that receives the playback sound source from the mobile terminal (100) through a wired connection with the mobile terminal (100). In this case, the smart massager (200) can output the playback sound source received through the wired interface to the user through its own audio output device (such as a speaker or headphones, etc.). In addition, the data communication unit (230) has a structure for data transmission through the mobile terminal (100) and short-range wireless communication, such as a Bluetooth module.

[0033] The control unit (240) is a controller for controlling the intelligent massager (200) as a whole, and may include a sound source analysis unit (241) and a massage control unit (242). The sound source analysis unit (241) analyzes the received sound source frequency. The sound source frequency analysis technology is already well known, so a detailed explanation is omitted. The massage control unit (242) controls the massage unit (210) to apply pressure to the user's body, but adjusts the body pressure according to the frequency analyzed by the sound source analysis unit (241). For example, the pressure intensity is controlled or the vibration period is adjusted. In addition, the intelligent massager (200) can simultaneously control the vibrator massage unit (211) and the acupoint massage unit (212).

[0034] The massage control unit (242) of the vibrator massage unit (211) will be described in detail below. In one embodiment, when the sound source frequency analyzed by the sound source analysis unit (241) reaches a predetermined high frequency band, the massage control unit (242) can increase the vibration frequency and reduce the vibration intensity compared to when it belongs to the low frequency band, and when the sound source frequency reaches a predetermined low frequency band, the vibration frequency can be reduced and the vibration intensity can be increased compared to when it belongs to the high frequency band. It helps the user's body rhythm to achieve balance by synchronizing auditory stimulation and physical stimulation, thereby helping to guide sleep. In addition, the vibration intensity is reduced while increasing the number of vibrations to prevent overstimulation.

[0035] On the other hand, the user application (110) can flexibly adjust the volume level of the ASMR sound source according to the user's sleep state. In one embodiment, when the user is awake, the user application (110) sets the volume level of the ASMR sound source to the default volume level for playback; when the user transitions from the awake state to the sleep state, the default volume level is lowered. In other words, when the user falls asleep, the appropriate volume level is used to avoid disturbing sleep and help the user stay asleep.

[0036] In a specific embodiment, when the user transitions from the awake state to the REM sleep state, the user application (110) lowers the volume of the playing sound source from the default volume level to the first level volume level; when the user transitions from the REM sleep state to the non-REM sleep state, the volume is lowered from the first level volume level to the second level volume level. In addition, after the user enters the non-REM sleep state, when it is confirmed that the user has entered the deep sleep state, the playing of the ASMR sound source is stopped. That is, the volume is reduced in stages according to the user's sleep state, and the sound source is stopped after entering the deep sleep state. In this way, it is possible to fall asleep and enter deep sleep more effectively.

[0037] In an additional embodiment, the sound source analysis unit (241) measures the decibel value of the sound source received by the sound source receiving unit (220). Then, when the decibel value detected by the massage control unit (242) corresponds to the first volume level, it is determined that the user has entered the rapid eye movement sleep state from the awake state, and the vibration intensity of the vibrator massage unit (211) is reduced. Next, when the decibel value detected by the massage control unit (242) corresponds to the second volume level, it is determined that the user has entered the non-rapid eye movement sleep state from the rapid eye movement sleep state, and the vibration intensity of the vibrator massage unit (211) is further reduced. Finally, when the sound source receiving unit (220) no longer receives the sound source, the massage control unit (242) determines that the user has entered a deep sleep state, and turns off the vibrator massage unit (211), that is, stops the operation of the vibrator. According to the above, stimulation can be reduced in stages according to the user's sleep depth, thereby helping the user fall asleep and enter deep sleep.

[0038] In one embodiment, the vibrator massage unit (211) may include a plurality of vibrators arranged in a two-dimensional array for vibrating and massaging the back of the user's brain. The massage control unit (242) may then control some or all of the vibrators in the vibrator massage unit (211) to increase or decrease the coverage area of ​​the back of the brain massage. For example, when the user is awake, the massage control unit (242) activates all of the vibrators in the vibrator massage unit (211) to maximize the massage area of ​​the back of the brain; but when the user enters the REM sleep state from the awake state, some of the vibrators will be turned off to reduce the massage area. In addition, when the user enters the non-REM sleep state from the REM sleep state, some of the vibrators will be further turned off to continue to reduce the massage area of ​​the back of the brain; when the user enters the deep sleep state, all of the vibrators will be turned off to end the back of the brain massage.

[0039] On the one hand, when playing the ASMR sound source, the user application (110) can transmit the frequency characteristic information of the ASMR sound source to the smart massager (200) through the short-range wireless communication technology. To this end, the user application (110) can analyze the frequency characteristics of the ASMR sound source during playback or in advance. The smart massager (200) receives the frequency characteristic information of the ASMR sound source through the data communication unit (230), and the information can be used by the sound source analysis unit (241) to extract only the sound source played by the mobile terminal (100) from the sound received by the sound source receiving unit (220). When a sound (noise) other than the ASMR sound source is received, the noise is effectively separated.

[0040] Next, how the massage control unit (242) controls the acupoint massage unit (212) will be specifically described. First, the acupoint massage unit (212) may include a first acupoint massage unit (212a) and a second acupoint massage unit (212b). The first acupoint massage unit (212a) and the second acupoint massage unit (212b) may be connected to the upper left trapezius muscle and the upper right trapezius muscle respectively with the cervical spine as the center when the user lies down. According to an embodiment of the present disclosure, the first acupoint massage unit (212a) is arranged in a circle and is composed of a plurality of massage balls arranged in a unidirectional (e.g., counterclockwise) order of increasing size (increasing); on the contrary, the second acupoint massage unit (212b) is composed of a plurality of massage balls arranged in a unidirectional (e.g., counterclockwise) order of decreasing size (decreasing), so that the first acupoint massage unit (212a) and the second acupoint massage ball (212b) are driven together in opposite directions.

[0041] In one embodiment, when the massage control unit (242) analyzes the sound source frequency through the sound source analysis unit (241) to belong to the predetermined high frequency band, the first acupoint massage unit (212a) is driven by the motor to rotate in one direction, and the second acupoint massage unit (212b) is driven to rotate in another direction, so that the massage intensity of the upper left trapezius muscle area and the upper right trapezius muscle area gradually increases the massage pressure from the small-sized massage ball to the large-sized massage ball. When the massage control unit (242) analyzes the sound source frequency through the sound source analysis unit (241) to belong to the predetermined low frequency band, the first acupoint massage unit (212a) is driven by the motor to rotate in the other direction, and the second acupoint massage unit (212b) is driven to rotate in one direction, so that the massage intensity of the upper left trapezius muscle area and the upper right trapezius muscle area gradually decreases from the largest acupoint massage ball to the smallest acupoint massage ball.

[0042] In an additional embodiment, when the user state changes from the awake state to the sleeping state, the massage control unit (242) stops driving the first acupoint massage unit (212a) and the second acupoint massage unit (212b) to stop the upper body movement caused by the acupoint massage ball pressing to prevent disturbing the user's sleep.

[0043] Meanwhile, the intelligent massager (200) can be configured as a pillow, such as Figures 2 to 4 As shown, it may include a back head support portion (10), a side head support portion 20) and a cervical vertebra support portion (30).

[0044] The back of the head support part (10) is the part that the back of the head of the user contacts when the user lies upright, and can be formed into a flat shape, but in order to allow the back of the head of the user to be stably placed, it is preferably designed into a concave shape. The side head support part (20) is the part that the side of the head of the user contacts when the user lies sideways, and can be extended to form both sides of the back of the head support part (10) and can form a flat structure.

[0045] The cervical vertebra support part (30) can support the cervical vertebra of a user lying in an upright posture or a side posture, and is the part connected to the trapezius muscle of the user, extending downward from the trapezius muscle and the back of the head support part (10) and the side of the head support part (20). When the direction in which the user lies in an upright posture is called the front, the back of the head support part (10) and the cervical vertebra support part (20) are guided to bulge forward, so that the cervical vertebra of the user forms a flexion curve.

[0046] The intelligent massager (200) includes a massage unit (210) for applying pressure to a user's body, and the massage unit (210) may include at least one vibrator massage unit (211) for applying pressure to a user's body part through a vibrator and at least one acupoint massage unit (212) for applying pressure to a user's body part using a massage ball.

[0047] For example, Figure 3 and Figure 4 As shown, a vibrator massage unit (211) can be provided in the back head support part (10), and the vibrator massage unit (211) is located on the inner side of the back head support part (10), and can be a vibrator pad (40) formed by a plurality of vibrators arranged in two dimensions. The vibration pad (40) can not only adjust the vibration frequency and vibration intensity according to the sound source frequency analyzed by the massage control unit (242), but also adjust the vibration range. In addition, a plurality of vibration pads (40) are provided on the inner side of the back head support part (10), for example, two vibration pads (40) can be bilaterally symmetrical.

[0048] In another embodiment, Figures 2 to 4As shown, an acupuncture point massage unit (212) can be provided on the inner side of the cervical vertebra support part (30), and the acupuncture point massage unit (212) includes a first acupuncture point massage unit (212a) and a second acupuncture point massage unit (212b) arranged on both sides with the cervical vertebra of the user lying in a normal posture as the center, and arranged on both sides of the neck of the user lying in a normal posture, and the first acupuncture point massage unit (212a) and the second acupuncture point massage unit (212b) are as shown. Figure 5 As shown, a plurality of massage balls (51) capable of massaging the trapezius muscle may be included.

[0049] In a specific embodiment, the first acupoint massage unit (212a) and the second acupoint massage unit (212b) are as follows: Figure 6 As shown, it can include a massage module (50) having a shape identical to / similar to a cone, and having a plurality of massage balls (51) on the side surface along the circumferential direction. The massage module (50) can rotate around a central axis along the longitudinal direction, and the massage modules (50) in the first acupoint massage unit (212a) and the second acupoint massage unit (212b) can be rotated by transmitting power through independent power devices or by transmitting power through the same power device. In addition, although the massage modules (50) in the first acupoint massage unit (212a) and the second acupoint massage unit (212b) can rotate in the same direction, in order to improve the stimulation effect of the acupoint massage balls (51), it is preferably designed to rotate in opposite directions. For example, the massage module (50) of the first acupoint massage unit (212a) rotates clockwise and the massage module (50) of the second acupoint massage unit (212b) rotates counterclockwise, thereby stimulating the lower trapezius muscle, or the massage module (50) of the first acupoint massage unit (212a) rotates counterclockwise and the massage module (50) of the second acupoint massage unit (212b) rotates clockwise, thereby stimulating the upper trapezius muscle.

[0050] The massage module (50) that can rotate like this, such as Figure 6 As shown, a curved surface with a concave side is formed, and the user's neck is stably and comfortably supported through the side of the massage module (50) of the first acupoint massage unit (212a) and the side of the massage module (50) of the second acupoint massage unit (212b). The multiple massage balls (51) equipped on the side of these massage modules (50) form a protrusion from the side of the massage module (50), which can be arranged at a certain interval and can be formed into the same size or different sizes. For example, Figure 5As shown, the multiple massage balls (51) equipped on the side of the massage module (50) of the first acupoint massage unit (212a) can be arranged in a single direction (counterclockwise) to increase the size, and the multiple massage balls (51) equipped on the side of the massage module (50) of the second acupoint massage unit (212b) can be arranged in the other direction (clockwise) to increase the size.

[0051] In addition, the side of the massage module (50) is provided with a plurality of massage balls (51), such as Figure 5 As shown, the massage module (50) is dispersed radially and is composed of a plurality of support sheets (52). Figure 6 As shown, with the movement in the up-down direction, a massage force adjustment component (53) can be formed to move the plurality of support sheets (52) laterally. For example, the massage force adjustment component (53) is formed in a cone shape and can move up and down in the massage module (50), and the inner sides of the plurality of support sheets (52) can form a massage force adjustment component (53) curved surface corresponding thereto. In addition, the plurality of support sheets (52) can be connected to each other to form a structure that can move outward or inward at the same time, and can move outward and inward by being combined on the bottom surface of the massage module (50).

[0052] Therefore, if Figure 7 As shown, if the massage force adjustment component (53) moves upward, the plurality of support plates (52) move outward, and the size of the massage module (50) expands, thereby increasing the support pressure of the acupoint massage ball (51). If the massage force adjustment component (53) moves downward, the plurality of support plates (52) can reduce the size of the massage module (50) moving inward, thereby reducing the massage pressure generated by the massage ball (51).

[0053] The massage module (50) is as follows: Figure 5 and Figure 6 As shown, there may be a speaker (54) on the top, and the ASMR sound source that guides the user to sleep may be output through the speaker (54). In addition, in addition to the output through the speaker (54), the output may also be output through headphones. The smart massager (200) may be as follows Figure 8 As shown, it is equipped with a sound output terminal that can be connected to headphones by wire or a Bluetooth transceiver that can be connected to headphones wirelessly. In addition, the smart massager (200) is as shown in FIG. Figure 8 As shown, a power supply terminal capable of supplying power to a user's mobile terminal (100) etc. may also be provided.

[0054] So far, we have studied the present invention with its appropriate embodiments as the center. In the technical field to which the present invention belongs, people with common knowledge can understand that the present invention can be embodied in a modified form within the scope of the essential characteristics of the present invention. Therefore, the present invention discloses embodiments, which should be based on the perspective of explanation rather than a restrictive point of view. The scope of the present invention is not within the scope of the foregoing description, but within the claims, and all differences within the equivalent scope thereof should be interpreted as included in the present invention.

Claims

1. An intelligent sleep aid system, comprising an intelligent massager, wherein the intelligent massager has a massage unit for applying pressure to a user's body; and a user application running on a mobile terminal and playing ASMR sound sources for assisting sleep; characterized in that: The intelligent massager also includes a sound source receiving unit for receiving the ASMR sound source played by the mobile terminal; a control unit, the control unit includes a sound source analyzing unit for analyzing the frequency of the received sound source and a massage control unit for controlling the massage unit according to the analyzed frequency.

2. The intelligent sleep aid system according to claim 1, characterized in that The massage unit includes a vibrator massage unit having one or more vibrators for vibration massage; when the sound source analysis unit analyzes that the sound source frequency reaches a high frequency, the massage control unit controls the vibrator massage unit to increase the vibration frequency and reduce the vibration intensity compared to when it reaches a low frequency; when the sound source analysis unit analyzes that the sound source frequency reaches a low frequency, the massage control unit controls the vibrator massage unit to reduce the vibration frequency and increase the vibration intensity compared to when it reaches a high frequency.

3. The intelligent sleep aid system according to claim 2, characterized in that It also includes a wearable device for detecting the user's sleeping state; when the user application confirms through the wearable device that the user has switched from a wakeful state to a rapid eye movement sleep state, the user application lowers the volume of the playing sound source from a default volume level to a first volume level; when the user application confirms through the wearable device that the user has switched from a rapid eye movement state to a non-rapid eye movement sleep state, the sound source volume is lowered to a second volume level; when the user application confirms through the wearable device that the user has entered a slow-wave sleep state from a non-rapid eye movement sleep state, the sound source playback is stopped.

4. The intelligent sleep aid system according to claim 3, characterized in that The sound source analysis unit can measure the decibel of the sound source received by the sound source receiving unit. When the detected decibel is confirmed to be a value equivalent to a first volume level, the massage control unit will control the vibrator massage unit to lower the vibration intensity; when the detected decibel is confirmed to be a value equivalent to a second volume level, the massage control unit will control the vibrator massage unit to further lower the vibration intensity; when the sound source receiving unit cannot receive the sound source, the massage control unit will control the vibrator massage unit to stop vibrating.

5. The intelligent sleep aid system according to any one of claims 3 to 4, characterized in that The vibrator massage unit includes a plurality of vibrators arranged in two dimensions, and is used for performing vibration massage on the back of the user's brain. The massage control unit activates all the vibrators of the vibrator massage unit when the user is awake; when the user confirms the transition from the awake state to the rapid eye movement state, the massage control unit deactivates part of the vibrators; when the user transitions from the rapid eye movement state to the non-rapid eye movement sleep state, the massage control unit further deactivates the remaining vibrators; when the user enters a deep sleep state, the massage control unit deactivates all the vibrators in the back of the brain.

6. The intelligent sleep aid system according to claim 5, characterized in that The massage unit further comprises an acupoint massage unit, which comprises a first acupoint massage unit and a second acupoint massage unit; the first acupoint massage unit contacts the left trapezius muscle of the upper cervical vertebra, and comprises a plurality of massage balls arranged in a circle and increasing in size along one direction of the arrangement; the second acupoint massage unit contacts the right trapezius muscle of the upper cervical vertebra, and comprises a plurality of massage balls arranged in a circle and increasing in size along another direction of the arrangement; when the frequency of the sound source is equivalent to a high frequency, the massage control unit controls the first acupoint massage unit to rotate in one direction and controls the second acupoint massage unit to rotate in another direction, so that the massage intensity of the left trapezius muscle of the upper cervical vertebra and the right trapezius muscle of the upper cervical vertebra increases from the smallest size to the smallest size. When the sound source frequency belongs to a predetermined high-frequency band, the massage control unit controls the first acupoint massage unit to rotate in one direction, and controls the second acupoint massage unit to rotate in another direction, so that the massage intensity of the left trapezius muscle area and the right trapezius muscle area of ​​the upper neck gradually increases from the small-sized massage ball to the large-sized massage ball; when the sound source frequency belongs to a predetermined low-frequency band, the massage control unit controls the first acupoint massage unit to rotate in other directions, and controls the second acupoint massage unit to rotate in one direction, so that the massage intensity of the left trapezius muscle area and the right trapezius muscle area of ​​the upper neck gradually decreases from the largest massage ball to the smallest massage ball.

7. The intelligent sleep aid system according to claim 1, characterized in that The intelligent massager comprises a pillow, the pillow comprises a back head support portion for placing the back of the user's head and a cervical vertebra support portion extending from the back head support portion to the lower side to support the user's cervical vertebra; the massage unit comprises a vibrator massage unit and an acupoint massage unit; The vibrator massage unit is composed of a vibration pad with multiple vibrators arranged in two dimensions and is arranged on the inner side of the back head support part; the acupoint massage unit is arranged on the inner side of the cervical vertebra support part.

8. The intelligent sleep aid system according to claim 7, characterized in that The acupoint massage unit includes a first acupoint massage unit and a second acupoint massage unit placed on both sides with the cervical vertebra of a user lying in an upright posture as the center, the first acupoint massage unit and the second acupoint massage unit are formed in a cone-like shape, and the side surface is provided with a massage module with multiple acupoint massage balls along the circumferential direction, and the massage module can rotate around the central axis along the longitudinal direction.

9. The intelligent sleep aid system according to claim 8, characterized in that The massage module constituting the first acupoint massage unit and the massage module constituting the second acupoint massage unit are bidirectionally rotatable.

10. The intelligent sleep aid system according to claim 8, characterized in that The massage module of the first acupoint massage unit is equipped with a plurality of acupoint massage balls on its side, and the acupoint massage balls are arranged in gradually increasing sizes in one direction, while the massage module of the second acupoint massage unit is equipped with a plurality of acupoint massage balls on its side, and the acupoint massage balls are arranged in gradually increasing sizes in the opposite direction.

11. The intelligent sleep aid system according to claim 8, characterized in that The side surface of the massage module is radial and consists of a plurality of supporting plates. The inside of the massage module is equipped with a massage force adjustment component which moves the plurality of supporting plates laterally as it moves in the up and down directions. When the massage force adjustment component moves to the upper layer, the plurality of supporting plates move to the outside, and the size of the massage module is expanded. When the massage force adjustment component moves downward, the plurality of supporting plates move inward, and the size of the massage module is reduced.

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